Important Notes

Please read each section fully, especially anything bolded and marked with "(!)".

These are important warnings in some of them that may cause you some headaches or confusion if missed.

• (!) I am currently using SuperSlicer version 2.3.57.8. Use different SS versions at your own peril.

  • I'm still occasionally finding bizarre bugs with this version and the previous one. 2.3.57.6 seemed to be overall more stable.
  • Newer versions often introduce new bugs, and older versions may not be compatible with certain settings.
  • I will update this as I test newer versions.

• This profile is more aggressive than most stock profiles, and some things may also need turning down if your printer is still teething. My printer has a handful of mods that may make it more capable of slightly higher speeds and accels, so your mileage may vary. There are certainly more aggressive profiles out there, but I've found this to be a good balance.

• (!) This profile's speeds/accels are tuned for linear rail CoreXY (V2/V1/Trident/V0). For other printer types (Switchwire, Legacy, others), you will likely need to turn down some speeds and accelerations.
  I actually use the same print settings on my Ender 3, just with speeds and accelerations toned down (max 180mm/sec, max 2500mm/s² without input shaper) with good results.

• Unfortunately, using the custom accleration controls in this profile can make the predicted print times less accurate. Hopefully these accleration controls we be coming natively to SuperSlicer soon.
  For now you will just have to play with "time estimation compensation" setting under printer settings -> machine limits.

See my tuning guide for more generalized tuning information (primarily for Vorons running Klipper).

You can find the bed models and textures I am using in Hartk's GitHub repo. The bed texture I am using is an older one from him in VoronUsers.

Thank you to Stephan for the acceleration controls and post-processing script. Those are both adapted from his profile.

Table of Contents

(!) = has important warning

• (!) Profile Change Log
• How to Download
• How to Import
• (!) Start G-code
• (!) Volumetric Speed / Auto Speed
• (!) Acceleration Control
• (!) Post Processing (Travel Accels)
• Cooling
• "45 Degree" Profile vs Standard Profile
• Tips and Tricks

Profile Change Log

Rather than having to re-import the profiles when updates are made, please check the change log occasionally to grab important settings changes / bug fixes.

Use ctrl + f in SuperSlicer to find these settings by their internal names below.

• 2022-02-19:
  • Set accel_to_decel values to half of accel values in feature_gcode.
    • Previously accel and accel_to_decel were the same value.
    • (Sorry, changed this multiple times now, keep flip-flopping on it)
  • Disable external_perimeter_cut_corners
    • This could contribute VERY minorly to gapping between perimeters on corners. You would probably never notice without a magnifying glass.
• 2022-02-10:
  • Change infill_speed to 300 and set max_print_speed back to default.
    • infill_speed was previously 0.
      • This was not always reaching maximum volumetric speed, due to a misunderstanding on my part of how auto-speed works.
      • Setting it to a maximum speed value (instead of 0) better accomplishes my intended goal (maxing out the hotend's capability for infill).
        • See the Volumetric Speed / Auto Speed section for an updated (corrected) explanation.
    • max_print_speed was previously 300.
      • This setting does not universally limit in the same way that the volumetric speed limit does (for some reason), so it's redundant and confusing to leave it on.
  • Change support_material_speed to 150.
    • Was previously 240. This could cause supports to not adhere properly or get knocked over (though supports are disabled by default in this profile).
• 2022-01-02:
  • Change first_layer_height to 0.24.
    • SuperSlicer currently has a weird bug causing slicing to give up part way through. Setting first layer height to something that's not 0.25 fixes it for me. ¯\_(ツ)_/¯
• 2021-12-29:
  • Change resolution to 0.0125 (new SS default) and update formatting of feature_gcode
    • Some have reported "move out of range" errors with the old resolution setting of 0.002, likely a bug in SS.
    • The feature_gcode change is purely stylistic.
• 2021-12-01:
  • Enable ensure_vertical_shell_thickess and revert solid_over_perimeters to default (2)
    • This can prevent occasional perimeter gapping on steep angles.
• 2021-11-19:
  • Set new bridge_overlap_min setting to 50%
    • Fixes 50% bridge density in new SuperSlicer version (2.3.57.6).
• 2021-11-11:
  • Change fill_pattern to grid.
    • Previously adaptive cubic. Caused occasional pillowing.
  • Change max_layer_height[0] to 75%.
    • Previously 0.3mm. Support for nozzle size based percentages was added.
  • Reduce seam_gap to 0.
    • Previously 15% internally. A new SS update now allows control over it. This should prevent seam gaps that occasionally cropped up previously.
• 2021-11-07:
  • Fix various support material settings.
    • Supports are disabled in this profile, but the disabled settings had some unnecessary leftovers.
  • Added quotes around post_process paths.
    • This fixes an issue where it would error if trying to use a path with a space.
• 2021-10-31:
  • Reduce retract_length[0] to 0.5mm
    • Previously set to 1mm, which was a bit too aggressive to start with.
  • Change overhangs_width_speed to 0.
    • This completely disables applying bridge settings to overhangs.
    • This setting was causing issues for some people, essentially setting overhangs to use 85% flow and high speeds.
• 2021-10-24:
  • Disable only_one_perimeter_first_layer.
    • This was causing SS to crash when slicing first layer test patches.
    • I also just changed my mind about the aesthetics.
  • Change time_estimation_compensation to 133%.
    • Previously set to 87%.
    • This should make the time estimates a bit closer to reality, at least with Voron parts. As mentioned above, they will still only be so accurate with the custom acceleration controls, however.

How to Download

1) Navigate to the .ini file.

2) Right click "Raw" and click "Save link as"

If you do not use the "Raw" button, you will get errors trying to import.

Alternatively, download the whole repository as .zip:

How to Import

If you downloaded the whole repository as .zip, you will have to unzip it first.

Select the .ini file.

Start G-code

(!) Replace everything in this box with just PRINT_START if you are not yet passing variables to PRINT_START.

• See the "Passing Slicer Variables to PRINT_START" section in my print tuning guide.
• I would recommend starting with a standard PRINT_START and setting this up later.

Volumetric Speed / Auto Speed

(!) It is very important that you update the volumetric speed setting, otherwise you may have extruder skipping and/or grinding.

The volumetric speed setting at the bottom of this screenshot serves as a universal "flow limit".

No matter how much you push speeds, layer heights, or line widths, it will never allow you to outrun your hotend.

This is important because I keep my infill speed set to 300. This is the absolute max I want my infill to print, but in reality it will usually print more slowly due to this limit. This essentially prints infill as fast as the hotend will allow, up to 300mm/s..

Even when not pushing for speeds, I highly advise putting an appropriate value for your hotend in the volumetric speed box. This prevents you from accidentlly outrunning your hotend when playing with layer heights, line widths, speeds, etc. See the next section to determine this value.

Approximate Values

Hotend	Flow Rate (mm3/sec)
E3D V6	11
E3D Revo	15
Dragon SF	15
Dragon HF	24
Mosquito	20
Mosquito Magnum	30

You should be okay using an approximate value and just lowering it if you have any issues.

These are approximate values assuming a standard brass 0.4mm nozzle.

Nozzle properties may affect these numbers. For example:

• Larger diameter nozzles will have higher flow rates
• Hardened steel has a lower thermal conductivity and you may get lower flow rates unless you compensate with higher temperatures.
• Plated copper and tungsten carbide have higher thermal conductivity and might allow a bit higher flow rate.
• Bondtech CHT nozzles use a different internal geometry that allows higher flow rates.

If you want to get more scientific, test with a specific nozzle or setup, or your hotend just isn't listed, see the section titled "Determining Max Volumetric Flow Rate" in my print tuning guide.

Acceleration Control

This profile uses a custom acceleration control setup. Acceleration would typically be done directly in the speed settings, but currently SuperSlicer does not allow setting accelerations for every extrusion type (for example internal vs external perimeters).

Update: this should be coming natively to SuperSlicer soon.

I advise leaving the accelerations conservative for anything visible, particularly for perimeters. While you can push the accels higher, even with input shaper I have found that it can cause bizarre bulging issues, at least for me. I now only push high accelerations for things like infill and travels.

I use 8 square corner velocity because I have found it to make corners slightly crisper.

(!) If you have not yet tuned input shaper, consider reducing these accelerations to 5000 and below.

(!) These gcodes override the maximum values in your printer.cfg.

Bulging from High Accelerations

I am still not 100% sure if this was only a "me" problem, but thought I would include it anyway.

I spent ages trying to fix these bulges, and the only thing that fixed it was to lower my perimeter accelerations to 2k internal / 1k external.

Post Processing (Travel Accels)

(!) This is optional and will error if you don't set it up or remove it. In fact I would suggest starting with it disabled and come back to it later.

Update: this should be coming natively to SuperSlicer soon. It might be better to just wait.

The sole purpose of this post processing script is to set accels/square corner velocity for travel moves, as it is not supported by the above accel controls.

I use the script from Stephan*: https://github.com/Stephan3/Schnitzelslicerrepo/blob/master/superslicer/pp.py

Install Python on your computer. Swap the python exe path and the script path accordingly.

Adjust your desired accel, accel to decel, and square corner velocity at the top of the script file:

* Some people have been reported issues getting this script working, even though they appear to have it set up correctly. VintageGriffin (yak#0417) on Discord has posted a version that some are reporting better success with, but I have not yet tried it myself: Link. His version moves all of the accel controls outside of the slicer, and supports travel accels. The instructions are in the comments of the macros.

Cooling

This profile uses static fan speeds. The community has found that varying fan speeds, particularly with high-shrinkage materials, can cause layer inconsistencies. Essentially some areas will cool and contract faster than others.

The exact fan speed will vary based on your fan, material, layer times, and chamber temps. You may need to play with this.

I use BadNoob's AB-BN-30 duct with the Sunon fan, and my chamber temp is around 63C. The stock fan setup may need more cooling as the airflow is weaker.

"45 Degree" Profile vs Standard Profile

My primary profile is the "45 degree" profile. I orient the STLs to be at a 45 degree angle.

Pros

• Easier seam placement for large numbers of parts using "rear" seams.

  • Orient the desired seam edge towards the rear of the plate (preferably the sharpest edge).

  • The alternative is "cost-based" (similar to "sharpest corner" in Cura). Cost-based does a good job of placing the seams in corners, but crucially it does not align them. They tend to be scattered around the print at random corners.

• With CoreXY, 45 degree motions only use one motor.

  • This can sometimes lead to better surface quality. Patterns can sometimes occur when both motors are in use.

• Can result in better overhangs. It seems that airflow prefers 45 degree prints.

Cons

• Rear seams don't tend to align nicely on rounded corners.

  • 
  • I usually try to orient the sharpest corner to the rear of the place.
  • For objects with only rounded corners, I will sometimes manually place the seam.
  • For some plates, I may also set the seam to "cost-based" for certain objects.

• Sometimes the seams can still be placed oddly. Have a quick look at the gcode preview before printing.

Manual seam placement will always have the best results. This method is a compromise to save myself a lot of manual work for plates with large numbers of parts.

Config Differences

The differences with the "45 degree" profile are:

• Print Settings > Perimeters & Shell > Seam:
  Rear (rather than cost-based)
• Print Settings > Infill > Angle > Fill:
  0 degrees (rather than 45 degrees)

Rotating All Parts

Press ctrl+a to select all objects.
Type the rotation amount in "Z" the box at the bottom right:

Tips and Tricks

Part Spacing / Plating

Right click the "arrange" button to change part spacing.

Then click the arrange button (or press A), to automatically arrange everything.